TAREAS/TASKS:
El investigador trabajará como principal apoyo técnico del investigador principal de UPM en el proyecto desarrollando funciones de diseño y simulación de geometrías complejas, metamateriales y dispositivos médicos orientados a impresión 4D y a la obtención de cambios geométricos por degradación. Contribuirá a los diferentes paquetes de trabajo de UPM en el proyecto, en especial el WP4 sobre diseño de dispositivos médicos activos, y participará en actuaciones de difusión y comunicación de los resultados.
Researcher will work as main technical support to UPM's principal investigator in the project. The selected candidate will carry out design and simulation tasks linked to complex geometries, metamaterials and medical devices oriented to 4D printing and to shape morphing through degradation. Contribution to UPM's WPs, especially WP4 on smart medical devices design, dissemination and communication actions is expected.
REQUERIMIENTOS ESPECIFICOS/SPECIFIC REQUIREMENTS:
Ingeniería industrial o mecánica (nivel máster). Manejo avanzado de herramientas de diseño asistido por computador, simulación por elementos finitos, experiencia con tecnologías de fabricación aditiva (fusion y sinterizado selectivo por láser, fotopolimerización y desposición de filamento fundido) son necesarios para el puesto. Conocimientos y manejo de herramientas de optimización topológica como apoyo al diseño de productos son también necesarios. Idealmente: experiencia con del software n-Topology.
También ideal: experiencia previa en proyectos previos de diseño de dispositivos médicos, a ser posible con resultados publicados en revistas de impacto. Necesario conocimiento avanzado de español e inglés.
Master's degree in industrial or mechanical engineering. Employment of CAD-CAE-CAM tools, FEM simulation resources and experience with various additive manufacturing resources (selective laser sintering and melting, photopolymerization and fused filament fabrication) are fundamental for the position. Topology optimization techniques, as support to product design, is considered necessary. ldeally: experience with n-Topology software. Also ideal: previous experience in projects linked to the design of medical devices, if possible with results published in impact journals. Required advanced knowledge of Spanish and English.
CRITERIOS Y PROCESO DE SELECCION/ELIGIBILITY CRITERIA AND SELECTION PROCESS:
Se aplican las pautas establecidas en el proceso de selección del nuevo Reglamento para el proceso de selección y contratación del personal investigador, personal técnico y personal gestor relacionado con la investigación de la Universidad Politécnica de Madrid, aprobado en la UPM. La evaluación se realizará en base a 1) currículum vitae, 2) carta de motivación, 3) presentación de la trayectoria del candidato (ppt o similar) y 4) selección de hasta 3 publicaciones realizadas, valorando la adecuación del perfil y competencias descritas en la oferta y la experiencia previa en proyectos de diseño de dispositivos médicos y de diseño y fabricación aditiva, por la doble componente biomédica y mecánica de la línea de investigación propuesta. Una selección de candidatos será convocada a entrevista para evaluación final, en caso de no resultar posible la selección en base a CV y a la trayectoria. Los candidatos que no aporten la documentación de los puntos 1-4 serán desestimados.
General conditions from new Regulation for the selection of research, technical and management personnel related to UPM's research apply, as approved by UPM. Evaluation will be based on: 1) CV, 2) motivation letter, 3) summary presentation (ppt or similar), and 4) selection of up to 3 scientific publications realized. Evaluation will take into account the adequacy to the described profile and competences and the previous experience in medical device design projects and in design and additive manufacturing, dueto the twofold biomedical and mechanical component of the proposed research. Selection of candidates will be summoned to interview, in case the selection is not possible based on CV and trajectory.
Candidates that do not present the complete documentation from points 1-4 will be discarded.
COMENTARIOS ADICIONALES/ADDITIONAL COMMENTS:
Contract will be funded by "BIOMET4D: Smart 4D biodegradable metallic shape-shifting implants for dynamic tissue restoration" project, Horizon Europe Framework Programme, EU Commission (call: HORIZON-EIC-2021-PATHFINDEROPEN-01}. EU logo will be included in the contract, together with the required lagos and information by the funding call. AII dissemination and communication activities of the researcher will acknowledge BIOMET4D and the EU Commission, as defined in BIOMET4D's Grant Agreement.
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h9c3p0++13xEHZULz8maSUi5+TFl+niAWOLEARMIjxKwIW9B8cSUxYqVQInYa1GLj7On6vTYp8mLztribste+7zR6bkD+DklCeFJdQ/oR8jGdCYrFMpiLHNzmoqvsEAPlk8m26NNGxtjP5tCi7jMkTQNSHuDxhUZYxyVQ3FgmmRJxZr3AOUhP6Yu3obrz2lXbFeYeJZNSuhi1DLnJLaszKw4JtLDB8GExMYHWlwSKcapOGz0M6AEHpnCbDPPg4mDkOO31HRV6YhgNSAAjrI9RJXso164syAApmou5moV8E8lHeCSGaGJ8KMKpUy1aSI1uVv1HR9pwtMJkZGA2wBa4oLhXr76c8aPkEMHmlCOUQR2giuL8FGxc433zdXbYrL0eVFRcJOLHAqjariXqZOUsspklw4Kf68F1s1KJcyc4/aq8VCyX7xXY9S5TU7aPkgnRblMZnUxn1PzggMmt1zDwT/ZFDGhft69deaq953hKZqE4ry+lOWUXQEVM3ciE+Z2wm8G9wcplTzBB+D8AgnXwcCMLwAMrNFoDgNByTRAAYAIh6sAQAgrMhtwYOBgT2gpHwjSjHM8oAJMBHfu6bJVp7+51BuzwM6K8nh58gPG1cY9LI40IyrJTRTgvUQpHU49tyj1MJGCthJa3ss6/4qkyV6hHgLKndV63DMgJOoXkW5yD9PWbDI7Hlaj3yncZtybIhTdhOe+t/W2fpUsKu//l5tjPusM0PdGjGjhA8Jq2zm0Fqt5XPalVrlJqjanBE5iaR5iorP+fGD77CXv28RRprrxXFgEkBR+tc7g4rvr7g/BUJvoyzBj4KiuQTWD+3wUwBKMDDaxdMGX4Q95giHGp2UtTDc0DgZ14E7gERDEM+gBQYRIFnHmPeACUxTAdJkN/fBUZ3/GxdTGZQwC6pLo2YfbSueQ4oQB2BRglQIOkIg0e8cRfu67bebLycsHNe/3nbOCilpDRhFTmmyYKaUWefKPL0kga0Rfkr0qwKVMQQvdoRjk3sM1usiSrfYX/9/LvsQz/5S6tMDdlA1xJLF3fY1z7xiF208gbRatnKE+fZa7/2Grvlx0OWnDrWbMGQ/cmSd9rCNVfbF24+T8pV33JCsdhByFKQH5YUM5b76t/ZRpPyVTgnylk1eZDfv1IfE1a2b1/7MnvVuUcFAtRMqmz9v3h2icZ84cewM8L/cPPCNttNF8rGFMEOfH7BqTdgAhw4xegBnwc9UA9l8YnYVe0vbsoABvXCUNRHP5oZiQBgADLCKTYMFo5YfvHz9fJx6i8nOS9xpujQdRJaxflVmlcGcNxMQXXNDXgA+cRuR0uVUmCqKa2417znZvk42lGlWwBOaspyhd6wda/Il6lpi5/STuuwziHrT/xKuwmzNz5vh739huU2XDzJhvYttUyiaM9b8XX71scK2m6bvfu9D9sNW95thdpSW5Ebtq7oF/YXL/mxHXHCBXbtx5O2KT7TxvL9lhAoUXAUwCM8xZrYcA6MQ617MUawhAeSGQKH+cPUcErMPGMeMCusbhiEbTiAgXnYbqNAnGD0hJmiPI41oMOsIbAX4CAPfhJAxPSQ1xc2+sM80TYxunKQEsjvVoTgZcgXjY5OxOF0VjdVrUjVG85DOL+p1fi8ov4Ck8wUdhtI8IoQv9+fbRCO1QFcMVpgr7/uB/bYZFbbb7HUbIGjyc5VElbR9gSfKCtPM8522ulHDtqfv3bCLj7mJlucGbJbN19p7/lMn23cd4RFGseFz9lil5y33TqlqIJMw9s+d5ZlogFbfcTD9oW3PmannPBtdbLf7rj35QLd0bZ5Bywq/84WyC/RxInlKintxrQDTFUz6qs2AMEnO4h9nQFwaIl5Yn55qYnZ4ZrFCqPg48BGgIcYhWKWUDSmjLKcIDO/bOdRvB8aImzzKUeMwFAADIZxMkBnHtAvAZ1Tjr4gAIgytE9b0V13/kJF6wrGIQ4iJbLWMFWRApU7CJy2XGicSkmH5oip2GOeJbUtZqdWTnTZeW/6km2SZWHyZw8cmaiknF0pP5KpSJb4AwHyl5K7rbtvoz30ie9ZKTrOPvDlot30H2+1kYzq1pb3qEWDtme3VmgiZ8uXlG3j1LlWGRSTLBy06y74tv35VautFG+zv/vHpXbDD86X79GlNrJWkFMdlXotGWkXklH+akc4rOQEoRL26/U5eVqZAXCccViAKA42ASQAg3vObgAQCgRUgAX2gFnwNdiKc+KMGYNdYBkUztz74Z+DgzowT76rAmQ8ox5YzsHkIPJ+kUZZ39pTLvg4YIRMfuAXwKBteSbLh1dPnM+4sxvA0BTIj3hMxQiNIzAOaUUp+6yrr7ctw+pUCz4Otde0bRcErTsalk/WZ+MVef/dQ3bySYvtxAU/sns3lO305wzYN//lHCsuESuMVcRM9U9HS2ojIae3pq13Ol4oMAzZ6y7cbNseGLJCedCWnvLf7bafdFmndpUp7fj2ZTVxRW3pa5pkjZ33Bakap84pOc/sMubu43CmwzyhSBTqb7cxNfg3pLsJYmGiOJiFMqTBIIAHxxeHmLMf2AIfhzrQGaDAzKFHBwbCnBAAqbsX1M89gIFdvFxwiBvlkGjTpi1xX29feAAoAmjk2ySSyqRKw8lxQ1A+eWjAA52kIRrEaWKgdJaYdMrg4wTGifrtyg9+z3aMZ8yyAtwsgZMsabKT3epIwZZFD9qZp/+J3frIiFnh3+3IRT22fULOsPIc1j1i20b75fjK1IzVtN3nOKDDaqmCKHNQi0Krr7xCfva4ZZferW36Qk1K1jqnIsuPJqwju88+8P4r5fPcYuOTA5btkZnVONW4HGNYRvuhMIlzBw6mijlk7gAEDi1AQXEwB2nMJXLWWWcFZQISXk+QDlg47+FEmfnGTPHKAmWjExxhtvFc4+tgwgADenY2QQCQ69eBDJgAM2aOAHvRFowXDQ3tk49Tf0EZPq9QBRznA4pKFd+mTmfNYKFB0ohppDl4JwguMA4dyte67U0f/pFtz+e09MVwswROdzxsE3KIexZ020UDN9jrX3WuveMzw5YvrbHS2EIrdOy1uNql3Zb8kd4Ji/Ki79KY1XL7rJROWKYoFhUZTiS0Z8/dbx2jR1kp020ZbduLGY1LgO8UKI5N32Rf/YeX2Huv22W/3DZge4vaCsfyEVK7NRgO06TuSMo82KHlDICjCQ3zhmLZLaFw/2QU0wF42HIz1wgnwuyC/AtGwALzoFR8JJRNOQCEc40eACYxLMRz6oK9aIuYACCxHuiXdPK7Tr0OnGjMIlipn+NIaWQI6Gvom8yChuK6czT9vEnIQ2PN5ot8fk8HiJkf2kh1LLTzr/mKbRmTU9uKj1NeYosWrrN3X/pLe8uL7rB0tmhbdp5of3b9q2ztBk69u62aLduikQEbz+y2Yk0OIkjRmHKlnNoaE1AmZW76rFZebLWMlJ+621YMn2ZDYqJ8bszWrBqzr77uP+zUY7balPJf/9ML7LrrX2jlqRUqOxIAFl44yUTKztT79XQyA+CE1w8SGIfTYNjE54/vbAARisLsABSuSfNvjnnRCSAAFGwAAMkH0wAIWAZQcU29DggEkAAG2nTzBJugZweUuyekOYjCNd/jcOGKDp8q6Jp7TBbf2zQX9MqIye+d8Bjx1UEjIQ7nQWZTcUo+zudt4y4pLNOCqdJUx7G2i4md9v333m6nHb3Jrv7qifZvP7la2MhZLl+0fN94eC9VraVsoJKzik3YeCc7ItFrRROneiIxUhVAydmNCLld8mU0loRWaG3CLnvOD+zD12y1UmfeLnrD1TaYO8eS8a+slj/b4tyg9lLjAg4fZTVW2dPJDIDjzjHzx7z5WQkAIB2zAkhgBICCc4yiYROcZlwM8uMP4e/4OyoHG/UADu4xYdQDkNAhbTbrDeGevO5E0yfXp4MJbESTE4WY01/Kh+9rZMPZjvOKoV5IvBMrDmZKDKQK/Hsc8rFlx5w1mzC3yd5oWeWQfK3T3vDh79iu0gLlF3Col1Wn/zq4DiiRVoP8m1N719l556602++/w9accYp979YlNlpOyYHVjq+Ft5N8kcdRhFZIWCAvfWG/bbjtWnvpBefbt3bIMV7/IhtatF0D12RrOy7+Cmws9ITyTyszAI4mIrSJhDnVPQuVHRTfRnPPc0wXOywUzzstzncwOxwWAiwYA1MFc3H+gvmCPVCyAxMzA+gAk+vIwUC9xJQlr/fJyyKUoY5wAIipAgA8Up5QgC8BQ4MNgIS0RgiFvOJQHwqvA8MFxAZUKh8Nx1JmMpmygnXb5e//lu2eko+R0tZvtsCRIqyzbH15Uax84mpGdXSULe6UH1bMq+FjRUt7G5lnLnywxmoOE6C+Z1K9lo06xSuDdlhtqe0c2GI2GVnnZJeVOUUMZzhaIAcD6QyAE6s9gAIrwBA4u8wb/YHROdhD2dwDHPdncFb93Ad/BvahHOyDM4yCYRjOfJoP/tAN19Qduqhr/CiASIy+2YVh9mgPPTYLz0Ndd9yxLuabX9jEM+Hd8NCFaz7sgpFS4dMDctSFzzEAjgOF4FQIgoMoLZlKWyXVZX/0ti/Zpr18H5OZNXC6hJupyqTlUEiyQwymxIRUUJsSYOSwVZdbnGzhbxSz+tT/lCazopXLeDJpzoh7bPHEZhtcvNySk2UtFvqoSRPz8JLyoO+zZgAcfByUAXsAEuYOvwSlM+88w4/BGUbpgABzxHPAxLkN5z4oGeZhzmEfzAxmDwBRxgP50I0DAAIIQJCOEOqkPIH2qAchH+VgMZzvwDgonQaBA+hnBWaz2p5zcMeEKiSVXgcNc1xnpISURnssPO4JiNMrEkDHhTLlxWBnv+4z9vCQoBLNHjjZ8qR1Z7bZqy8+0m65dbPtqfJCsN+qJSk+nbdSbYE6Uqfg2QgfkyMsjgB++S65rozlxybtM1f8p/3Vvz7fMgWt2pRWq8xTLHNVFXji8CnfAWQGwKkJtKx+FMSuijlk/vBdYBJWP2mYCZgHZuAa34fdFUCDrfxXaTBpgAoFI+TFSgAE3xUBDupE15gofCLiZh0igIt7YuqgLsoSh+14UG7wbbRqVYB5dH/HkdkcEI9ZnXw+CjrpOPkBDQrw/JVQj6g92WuX/d03bZdM1UGBQ/0k0SHV2S3H76oLf2LH9WywSy7qtO9+f7vdvfsa+/ZP5TAnF1ipqm1mRquHj3pbEO8v7aaT++zylwzYsR1r7R1//F376No19qvNr7Af/0rjyWt3xmcnSRz6J9P4b8gMgEMNzBsKwveAQTBDKJh5BAC8twJACHkxabyrYq5Jx0yRF98HZgIgnAUBIIDkYCB/WBgK1AMYYDr3eRg/MQK7AF6ACbDdepAn1AHjKGbmpkGj6QmgCafI0El4QDFdciCoTOE25K2bKgcJQkeb74NHoP/E2YV25d//sw1VBqxcYUdxYODQI16ylrVa6OyrT/25ffyaf7FlR5bsvoeW2V999nz7+WNnqoY+1T9lhYz6VjuIMmcgycSQnbNip3386p/aSadusHv+a4W9+QsX2iO7Vsv/WSoFTMrs0veGKX46mSFwXHy+3ETgr8Ay3KNE/yoQpoBBAJczED4JJoy5pwz+CiCkTtiEMpgpdl6AAnEgkYcYcVB5/TAMz4npB88DMfgrB5TUgEOQcK8CIS381GPPGxrSDzjCpGE/6RDopByx30eB7sRo6Q478+qP29a9MnnpgzjH6nwIADfs+iJbPHWE3f2pV9phJ2TtjvUvsAs/uNrSuedZanDUOrR1HuxeJidIXvNchZdRQ8P26XfdaNe8ZoP96w2X2Ou/uca67HgryjxVKkP18aQO8jd0ZgEclOJsTcy8IZzR+K+9IDAADi9+BkI6ZgqWoSzvrMjjzOGnvtQDswAgWAwwoR/yEtAZZYLLomsA6GBCSKNfsBQgiu6++976OY5CVqiGYcJZjvwXdlfBv+EVhJ4TAIhfEwBPHVFPyP4N1ilNOhXrrLnqk7Zpt/Knuw4IHEpQD8cA9foiu/ik9fbyly2zr9y43i556YX2jX/8lW2onsXpntl4t/VMJRU90XbLEmtHM5Cw/3P5V+yTX7/U/vLKf7N3f/lPBZp+eY9TActxLLYRMA4oMwAOPg7KRLk4wZglQOHAQVmsfBQPC5EPheMIwx4omjyAC1OF6cFEwU74QQ4A9IDSqYs8AJXg177wye/X6Bemm9a1hHqQaN++EW2M6qaGVRQUzXWwLVwr0r8av8LCtr0BgpAensuvITTqICDQHYF7fJxIsz1V67QrPnCTPaZt7UF3VQBGE6qKZYbUFwHZMmPWOZa1Sqd2NEW+hxalJviwSj5TqaitukwkJ7pzlGRSfoywmC7Ib+uUoyyfZjI3blF+oSV511mV6Uym63N0IJkBcPzkGDbAOUZQEqDg7TbM4IpnPjFB+DGYI5QMSDBRzhSks5sidnbBz+E5IKAM+bxOjwGPt+F+jzvVpNMnAD1tRTg55gH/pv2Z/QTTBHzqUm+oDqf6M7AUkhqpnhaeKq4IWGz5i4kee91137XHC6JZASVR7dBkivZiDWYmn2pW1Xm+T87VBEbZ/axW06RAW0nZVLpgybRgqGu5mrI2AF9MWu20ZCzHLzmpdlLhA618ljObXm3fY8tOLRcQH1TVnKl0WzaRtnR12Bb3L7AtxQmzCa28rpGwWUiU5Evxay1SOC88n4ldFaaK+cRMwBqYHBSGAlmMAAcAAQAUH6pVfpgDAMFA5AdAzlYOBkAGiNw/cVMEEwEAgPUkl6KutOmY9h1oXNMngEQIwCFjc6Hw8bkmMlyHZ7oOjjLOajp8ckGFoNAdaO6TvFHXpGDm6lt26pC5y6TC23FeOTz3DZ974nuc2QJHyrbysOqq2dHdP7RLX3yuffGbnTbZIWaTuUpMrNYKFjOk9lolMSCQjKoMdcuGRzIJZQGt1mXlzF7rKUU2oTJxdkJb7eXayu8Jr0GS5T5bXPmOffmG19jb/vph25dXvsnjZQ5HxHx9VkvlhRuBsqqx8qLzQDIL4CDMNwoGCCid900AA4Uxv4CCM55mBxchH2c5mDKAwU6LrXozwyAwCSCifkDkMW0SAAf1Us7LAlz0zDVAo49ItHfPSIzySeBXZBwIZObTigCikLUuxVIl+EP4P3r0lMIbhgAh5lYBMuYLw6K2r2dc/inbvE8DkUM9W+BE1R5bnrnFLlq5zc5cvs4uu6rX/vfnx2zr4Eds685zbcf4Wqv1pi1X6NEOa1IFxCx0JCHbXepXeU1QZlxpFeueHLB8WpOlsaT25S3bscg6etJ2+PKb7MXLfmB/+9bV9qOfPGA3b+uxf7/rjZYfPUWsppUX6lVfK+yo6mbmaaVF4IS5V0AABczivgnpzkKwDGUJgAvzxFYdliENZsGM+ZaaPLTBM2IHAYAhIAALRgGwtElMmwDKzV1gpy1btjWMjOaCLwBRNv9oAGOkn9AAP6Q1/CDsO9eeTj6uESJlUcDvUccab5E5x3nZO79uj03ID0lpcmYJHI4fF2b32J9emLAPXPV968g+ZLdvfom945Nn2P2bl1hnqmD5jknLFPnoKB9+FaXGb8FpIWSKakudrKQwNdpIizEqMpecAmfVz6r8mmJh0k44dsg+8paH7fmrfx0c17+/+TL74s29Vi4storYSVgQbqRumcHf8Mv2lxkCB2HlozDffLg4MPA53EnGnDHnmC8O72AhGIE0AMBzFE4ATNQHW5HflQ/4iHlG/S4OquZrwEzfAC79DOn+RweQcEYjcXBQ3itxqapjpMFKPAoHhQp0oJ4mX0aOagBfg8mCC6znJZkMfJwdxa76tM0SOGlZhlpHl/UVb7Vb/++ErRzYbh/60hL77C9fbpU8fyRBbQmktXjKFpS7bVQMV5U/k6a/5YKAoh1IRX5KSqyRkJ0uS0k1xZ1dVimOWIRJFc4uXbPW3veGe60nG9sL3vJKezyzVOWzVpUfxfc4oasJTeC02p9GZgAc/y0HFMwrB4AAeGAJrlFusw6Ya5TIDgo2AkwI7MIZD2UBB/PtfkmzWSIAQsBAXXU91z+FoYz7PdRD7O07MF3COQ7+B35LsGEN04RvUt+GP3ly+GsRzUJjlCV2oATfhn+6DoHPRFUfvzt+/jVftEeGmdPZO8d8KF6rjNvK5Y/aOcflbeN9W2zVqRfZLXf2yFnusHJut62wHfZo6jTLDhUspRU2JZ8nLouiMY0yWZUx2e7eETnMXVZKCCjVcVvcca+lkqtt9x75Qqlxu/jCTtt41y12zqk99uMt59iOiYxAKwdW+dkNwlgagX7mDhxpNswRq5nfmUKxKByFojiYAp8GtnDGAAzMN4H8gA4QEbhH6YCO4Fv20B3V6bEDhuD3CKCiDkwW7XCPkM/jEPL5gkqFNHWk/tArCdIoMC2ajGap51UIFTIxzAXmAbCQUGccPr0oyxzgHG8dS4Zd0ax9HAEwLhStQ2YIqaR7VS/bxZL1JvO2YOGEvf+yQXv7P6yyfIpPIPpDvVUxTRqzUpGPkO6yoo1ZppyzODMsfyhjLz7rY3b2SX9mH70xaaOJXDi7YmeWqiyxYna31YoLtdsat1p1gdqUQy22kZcc+nBAmQFwgJ7Pt5sD2IEYU4PiWO0wBEABDAAIQMBKPKM8YEOhKJxylMdkASoEH4X8kAPXxJQFnNwHvwWdqY1m/Xu9iMc8D7/l4AjneJ84vAnn7EVAoqJm4bPSZnHUCTYhfpKAG0XBx9EkVjML7NXv+WcblKlqxccB2DVtwW1UAcddpoPfb1p+dJcttQftucdE9pYX/sD+5v9dbusHSza+b6ElUhntmBLWXRmxjJotpDotP5W3qFi2o47rtiVik/e9/W8EsvPtUzefar98fKnt3TluXR2RFUZPDp+YRpVe+fICaOlo7cgmZbLYralDnDAfSGYIHFZ4mH8pE10Qu6B4Pp0gZtfkykNgFt5JcU4DmJrFgUZ+B6Fv9QGob9F53gwcwAXLEWAqniGOEfIEs7V27Z0aHtJwhrnSQ/6F+yfAF8T9oN+QpnxPLieHNK6GN+7jlay9+aM/DNRfw3zNEjgW75NPsEJ5J8UA2laWBL5U1VYt2mb/61Xb7cqLvmU5de/eR5fb5Z+92DZuPVrWZAkGwV606jbrWb7MbvrpCr5eEi2W7eSBUfviO79i5y573CIp4bZ7jre3fvEC277rFBNOrLho2BIlXo1wiCnbzwdrqTGZt5xmUtt6HKIDyQyAI8qcXpzMO8pBmmNf9W6WABC+DWzEMxSMs+sK5xpQORt5XdRBfgcBAngAEoAi3UHs5oqY/gEsDwE4ME6oQYKv41txHoYPuhr+i4eMHMhmqZ/xkA9TJa0psF1/kgA2pVdSHXbemz9jW/apjqQc0wOdHD+FdPAHnqJO7YDkH9Xk0MVa/fKbokSfLRu/y378zW/bkkTePnTjxfaxO9eE44QVnY/am16w0/5ozXo5v0X72frjbOdwv336hxcIO0vtb1/+BXvfFffZWCm2937tRfb5288TqwkQpSf7ci3JDIDjpgpW4ADQHWKUj5IQ5h1xZSPMNT4ICodJABLMhKIR9AdbACRnFMwbbOb1UQf5nkqa20IAFe0BNK6j0dHx6Rz8aZO6gNJ6xQEMDfogDXPWLIGbAgk9Ee8vgdIEDD68OvPqT9vDO8UushuzBU4qGrNq5TCxiHwVK8hNTVmRT0HSVTv7+D47KfN9+86G8+ySP77T/ummS22se0QzGNsrVzxuN7zrnzSJI/alm1bZB7/3Ytu1+2zrXniXXXr+Nnvk58fZYHmDHXXhabbutpxN5TMW5w7en4PKDIDDF4AoEuDwK8AohXsUx9yjdDcZgMnZxM2Z64hyLlw7W1CvmyWPAUBdr/XygMp9HmLuHWw8pz88C2TioAvb8YZQacgYWEQV6wnnNX5PTKPNEvJP76JCSkh7kmjl0yjb8cve8w17fIK/fZebNXDCX7eoLFQTZbUxacmKBpvLWLEyFPrQPX6kjS0sKdtO+TTLbDQ9Lkc3srPOuE2mrGSpwQm5JVvt8k9cZ8XElHYGWt09ckTHypbsUi8445nQbiaTtZL6NGeZAXCccVAqB3fML9cwiJuPUFWDATxGwSgXEHlwlnIWQQ8OQNcJ9ZHm4CTQpqdzDeBo280Uz0j3wH34w0qhRgmNUzj8XlVNANET/BXOdbjHac4pT7OEBgmN+yBPulEegQLHtijghI/Vi9qdVGX6ZgscjgDZUcXyMXjvFBUEHg0sndOAijJfvdaR3G2TkQAVafcz1WPZZMpWncBvNo5YPJ60y158gt34w0dtQvlr1cNlB4rW31ewid0VjUPjHyiHD/W19260OQeZIXCYQ1/J+wsgwgShFzdLsAgKRFypfg1AABBmCRBh9jBXxIDNAUR9yP6ActC5kI7wjEA/CdEDDzw0rTEe1KvRf+s/1Ky4gVj9hM7Vn4T7wEZ6BsCCKNp/EgAOeQpx1l76P79m2yf5q0+z/3Q0/N3A5LAq1A6ilrMoOakts8wrnzhkKnLC1a4mNe4T/U8VBfLFVshPCkwycfRafU1VR20qWiImVX0JmaSqJjMeM34VrxJeoHIqzvgaY5yLzBA4KB6FNSvTQeDSfE0+ygAqQESAHUjHahAoT0w+j2nDgbS/GXJQOTC4J4bVPJ14uo+7dg1Na4w/1dYsTHTdDHEdUsJLzvq9/ht+woOQIZzb1C8bz+pSpTHdFBQ9Rz4OH6vzO+CzBk5NwEnvU4UCntiBv1uTqiS121HlMj0FOdwxp7uqKs3fwkkpv8CUKcOI2pVk9CAhdZVE57EYJiHnunqEAMiBIIyVtnKknR7HB43XJHOSGQCHzypQBopBua4gxONmQPn1bIVyBADlvo4H0mmbmHvycE8My9Eu4HKAhT7eece66Z5wdtMs3sk6EALvhAqpKAxKP+H1hP5Nnx4rnXuuSQu+kgI7rWqm317xrhvnwDhan6kpAUed50+c8JZa7aWrMlmmbWW8WFZMjFTVIGVaE3xQLoDxt5R5xRD6hboqYhqZvVpKPo/MGx+rAxw+u6gklIvPJXQ9Z5kBcPwX8thi88t2zBviyuJ+/+BKbBZXqJcJ+pH4tde3fxrXzfeucxeeIfunT/8pN4SCzcJEI6FS/inGWfZrRcEfCrTacJ5Jo1go4w61ylTEAKVkn73xI9+xncU+3avDswWOptuSJa1SMZ/cEN5sy1WS0qcUtJL4lV/VZ+kd6oOMD7/2W+u0QlZ1Z/ZapD6kME0wi/Uryx7lLwlTR1gKH07+Tpm352FgB/ksdCYyA+C4+gHO3XffHa5RUpg/hWalemC+91ckpopngKM5b7N4mf3jZsGEsYvzbTwBULoDTp2Uq8OpLW2ZpRzw/5DXlrY8nbQZpy0tSRs4bWlJ2sBpS0vSBk5bWpI2cNrSkrSB05aWpA2ctrQkbeC0pSVpA6ctLUkbOG1pSdrAaUtL0gZOW1qSNnDa0pK0gdOWlqQNnLa0IGb/H0GiabwUegl7AAAAAElFTkSuQmCC)
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